KR100914405B1 - Bracket - Google Patents

Abstract

A multi-purpose bracket for an image device is provided to easily fix an image device having various sizes by using one bracket. In a fixing plate(200), a plurality of mounting holes is formed. In a fixing device(300), the first movement hole is formed. The first movement hole is formed in a longitudinal direction in a lower surface of the fixing device. The first movement hole is combined with a holding hole of the fixing plate by the first coupling device. A coupling hole is formed in the fixing device. The coupling hole is formed separately from the first movement hole. The coupling hole is combined with an image device by the second coupling device. A connection apparatus is fixed to a side of the fixing plate. A supporting apparatus(800) determines a fixed location of the image device.

Description

Multipurpose Bracket for Imaging Device {Bracket}

The present invention relates to a multipurpose bracket for an imaging apparatus, and more particularly, to fix an imaging apparatus having various sizes, to increase a fastening force, to increase safety, and to a multipurpose bracket for an imaging apparatus that can be easily adjusted to a fixed position. will be.

A representative example of an imaging apparatus is a television, and recently, with the use of Liquid Crystal Display (LCD) or Plasma Display Panel (PDP) technology, the size becomes larger and thinner.

In addition, as the demand for the imaging device increases and the demand thereof increases, many kinds of devices using various technologies have been developed in addition to the above-described technology, and the number of the imaging devices is also very large.

In general, the imaging device uses a wall-type fixing method for fixing to a wall, or a stand-type fixing method located on the floor using a cradle.

The wall-mounted bracket 10 is shown in FIG.

The conventional wall fixing bracket 10 for the image apparatus shown in FIG. 1 is fixed to a wall surface, and then to fix a plurality of fixing holes and various components at an appropriate position to withstand the load when adjusting the angle of the image display apparatus. It comprises a wall fixing portion (1) in the form of holes for, a guide member (2) is assembled and seated most of the actual components, and the mounting portion (3) is coupled to one side of the guide member (2) to rotate do.

However, the bracket as described above has a problem in that the left and right widths to which the wall fixing part can be fixed are limited, so that the bracket cannot be applied to an image display device set having a size larger or smaller than the size formed on the wall fixing part. .

Accordingly, since all of the fixing parts required to fix the products of various sizes are different, there is a problem in that a bracket having an appropriate installation structure is required for each product.

In other words, it is impossible to fix a large number of video devices using a single fixing bracket. Therefore, in order to produce a bracket for each product, the production efficiency is lowered, and a high cost is required to store it. If not, there is a problem that the installation will be delayed.

In addition, even when a consumer purchases a different imaging device, different brackets are used, and thus there is a problem in that a different bracket is purchased and reinstalled.

In addition, in the conventional bracket, when the wall fixing part is fixed at an angle, it is difficult to level the rest of the configuration and the image device, and there is a difficulty in fixing the horizontal level of the wall fixing part very finely. It is difficult to adjust the fixed position.

The present invention has been made to solve the above problems, an object of the present invention by using a movable fixing means an image device that can be easily fixed to the image device having a variety of sizes using a single bracket It is to provide a multi-purpose bracket.

In addition, even if the fastening shape of the imaging device is different, as a simple method of replacing the fixing means having a fastening hole type suitable for each, it is to provide a multi-purpose bracket for the imaging device that can be used in more various imaging devices.

In addition, an object of the present invention by using a connecting means to be rotated relative to the center axis of the horizontal, vertical or width direction of the imaging device can easily adjust the fixed position of the imaging device, even after the completion of all fastening in the height direction It is to provide a multi-purpose bracket for the imaging device that can adjust the fixed position.

In addition, an object of the present invention is to cover the upper portion of the fixing means is formed, the fastening of the imaging means and the fixing means is not exposed to the outside to increase the fixing force and at the same time a multi-purpose bracket for the imaging device to increase the security function To provide.

The multipurpose bracket 1000 for the imaging apparatus of the present invention includes a fixed plate 200 in which a plurality of mounting holes 210 are formed; The first flow hole 310 is formed on the lower surface in the longitudinal direction and fastened by the mounting hole 210 and the first fastening means 510 of the fixing plate 200, and the first flow hole 310 is formed. Fixing means 300 is formed spaced apart from the predetermined distance and the fastening hole 320 is fastened by the imaging means and the second fastening means 520; Connecting means (410, 420) fixed to one side of the fixing plate (200 ) ; And support means (700, 800, 900) connected to the connection means (410, 420) to determine the fixed position of the imaging device (100).

In addition, the connecting means 410, 420 may be formed on the fixed surface of the imaging apparatus 100 such that the imaging apparatus 100 can be rotated based on the central axis in the width direction of the imaging apparatus 100. The circumferentially hollow region is extended to include a first connecting means 410 having a second flow hole 411 fastened by the fixing plate 200 and the third fastening means 530. do.

In addition, the connecting means (410, 420) is the first connecting means 410 is a plurality of first fixing hole 414 is formed on the protruding surface protruding to the other side that is not in close contact with the fixing plate 200 A first extension portion 412 and a second extension portion 413 are formed, and the first fixing hole 414 and the fourth fastening means 540 of the first extension portion 412 and the second extension portion 413. And a second connection means 420 formed by a second fixing hole 421 extending in a circumferential hollow area in a plane perpendicular to the fixed surface of the imaging apparatus 100. It is characterized by.

In addition, the fixing means 300 is formed in the shape of an enclosure having an upper surface, the cover 330 is fastened so as to seal the open area of the upper surface of the fixing means 300, the fixing means ( 300 is characterized in that a predetermined portion protruding from the fastening hole 320 is formed.

On the other hand, the multipurpose bracket 1000 for the imaging apparatus of the present invention is characterized in that the support means (700, 800, 900) is any one selected from the ceiling-fixed, floor-fixed, or wall-fixed.

In addition, the ceiling-supported support means 800 is formed with a plurality of ceiling fixing holes 811, the ceiling support 810 protruding to the other side not in close contact with the ceiling, the thread formed on the inner peripheral surface; A height forming part 820 fastened to a thread of the ceiling support part 810 in a hollow hollow tube shape; And a support part 840 connected to the connection means 410 and 420. Characterized in that it is formed to include.

In addition, the height forming unit 820 is characterized in that it is formed to be connected to a plurality.

In addition, the ceiling fixed support means 800 is fixed to the upper screw 833, the fixing portion 820, fixed to the height forming portion 820 to connect the support portion 840 and the height forming portion 820. It further comprises a height adjusting unit 830 for adjusting the fixed position of the imaging device 100 including a lower screw 832, the upper screw 833 and the body 831 connecting the lower screw 834. Characterized in that.

At this time, the upper screw (833) and the lower screw (834) is characterized in that made of a mutual combination of the right screw and the left screw, the body 831 is fixed so that the handle 835 to facilitate rotation is removable. The area is hollow, characterized in that the handle fixing portion 832 is formed threaded on the inner peripheral surface.

In addition, the bottom fixed support means 900 is formed with a plurality of bottom fixing holes 911, protruding to the other side that is not in close contact with the bottom bottom support portion 910 formed with a screw thread on the inner circumferential surface; A height forming part 920 fastened to a thread of the bottom support part 910 in a hollow hollow tube shape; And a support part 940 connected to the connection means 410 and 420. Characterized in that it is formed to include.

In addition, the bottom fixed support means 900 is fixed to the upper screw 933, the height forming portion 920 is fixed to the support portion 940 to connect the support portion 940 and the height forming portion 920. It further includes a height adjusting unit 930 for adjusting the fixed position of the imaging device 100, including the lower screw 934, the body 931 for connecting the upper screw 933 and the lower screw (934). Characterized in that.

Accordingly, the multi-purpose bracket for the imaging apparatus of the present invention can fix various imaging apparatuses by adjusting the fixing position of the fixing means irrespective of the size of the imaging apparatus. There is an advantage that can increase the applicability.

Through this, the present invention has the advantage of easy manufacturing and high productivity as it is possible to fix a variety of imaging devices.

In addition, the present invention has an advantage that the fastening means for fixing the imaging device is not exposed to the outside by allowing the open upper surface of the fixing means to be closed by the cover, thereby further increasing the fixing force and further increasing the safety.

In addition, the multi-purpose bracket for the imaging apparatus of the present invention has an advantage that the fixed position of the imaging apparatus can be easily adjusted by being rotated based on the central axis in the horizontal, vertical, or width direction of the imaging apparatus, and the height adjusting part is formed. Even after fixing the device, there is an advantage that the fixed height can be adjusted only by the simple operation of rotating the height adjuster.

1 is a view showing a wall bracket for a conventional imaging device.

2 to 5 is a perspective view, an exploded perspective view, a front and side position adjustment state showing an example in which the wall-mounted support means of the multipurpose bracket for the imaging apparatus according to the present invention is formed.

6 is a view showing the fixing means of the multipurpose bracket for the imaging apparatus according to the present invention.

7 and 8 are an exploded perspective view and an upper position adjustment state showing another example in which the wall-mounted support means of the multipurpose bracket for the imaging apparatus according to the present invention is formed.

9 to 13 is a perspective view, an exploded perspective view, a front and side position adjustment state view, and a height adjustment state view showing an example in which the ceiling-supporting support means of the multipurpose bracket for the imaging apparatus according to the present invention is formed.

14 and 15 are a perspective view and an exploded perspective view showing an example of the bottom fixed support means of the multipurpose bracket for the imaging apparatus according to the present invention.

** Description of the symbols for the main parts of the drawings **

1000: multi-purpose bracket for the imaging device of the present invention

100: video device

200: fixing plate 210: mounting hole

220: connector

300: fixing means 310: first flow hole

320: fastener 330: cover

410: first connecting means 411: second flow hole

412: first extension 413: second extension

414: first fixed hole

420: second connecting means 421: second fixed hole

510: first fastening means 520: second fastening means

530: third fastening means 540: fourth fastening means

600: hollow part

700: wall fixing support means 710: fixing hole

800: ceiling fixed support means 810: ceiling support

811: ceiling fixing hole 820: height forming unit

830: height adjustment unit 831: body

832: handle fixing part 833: upper thread

834: Lower screw 835: Handle

840: support portion 850: ceiling position fixing

860: Locknut

900: floor fixing support means 910: floor support

911: floor fixing hole 920: height forming unit

930: height adjustment unit 931: body

932: handle fixing part 933: upper screw

934: Lower screw 935: Handle

940: support portion 950: ceiling position fixing

960: lock nut

Hereinafter, the multipurpose bracket 1000 for an imaging apparatus of the present invention having the above-described characteristics will be described in detail with reference to the accompanying drawings.

2 to 5 are a perspective view, an exploded perspective view, a front and a side position adjustment state diagram showing an example in which the wall-mounted support means 700 of the multipurpose bracket 1000 for the imaging apparatus according to the present invention is formed, and FIG. Figure 7 is a view showing the fixing means 300 of the multipurpose bracket 1000 for the imaging device, Figure 7 and Figure 8 is another example of the wall-mounted support means 700 of the multipurpose bracket 1000 for the imaging apparatus according to the present invention is formed 9 and 13 are a perspective view, an exploded perspective view, a front and a perspective view showing an example in which the ceiling-supporting support means 800 of the multipurpose bracket 1000 for the imaging apparatus according to the present invention is formed. Side position adjustment state, and height adjustment state diagram, Figures 14 and 15 are a perspective view and an exploded perspective view showing an example of the bottom fixed support means 900 of the multipurpose bracket 1000 for the imaging apparatus according to the present invention is formed.

The multipurpose bracket 1000 for the imaging apparatus of the present invention is formed to include a fixing plate 200, fixing means 300, connecting means 410, 420 and support means 700, 800, 900.

According to the shape of the support means (700, 800, 900) can be divided into a wall fixed type, a ceiling fixed type, and a bottom fixed type, each form of the support means (700, 800, 900) will be described later.

The fixing plate 200 is a plate in which a plurality of mounting holes 210 are formed, and is configured to be adjacent to or in contact with the imaging device 100.

In the drawing, although the fixing plate 200 shows a form in which four places protrude in the circumferential direction, various plate shapes may be used in which a mounting hole 210 is formed to determine a fastening position of the fixing means 300. have.

The fixing means 300 is a first flow hole 310 is fastened by the mounting hole 210 and the first fastening means 510 of the fixing plate 200 is formed, the second fastening device and the imaging device 100 A fastening hole 320 fastened by the means 520 is formed.

At this time, the first flow hole 310 is formed long in the longitudinal direction on the lower surface of the fixing means 300 to determine the position where the fastening hole 320 is located.

More specifically, as shown in FIG. 3, the fixing means 300 is rotatable based on the fastening point of the first fastening means 510, and the length is adjusted along the first flow hole 310. This becomes possible to adjust the position to be fastened with the imaging device 100.

Accordingly, the multipurpose bracket 1000 for the imaging apparatus of the present invention can be suitably used in a large number of imaging apparatuses 100 having various sizes and fixing positions by adjusting the fixing position of the fixing means 300. There is this.

In addition, since the second fastening means 520 for fastening the imaging device 100 may vary according to the fastening shape formed in the imaging device 100, the shape of the fastening hole 320 of the fixing means 300 may vary. The user may fix the various imaging apparatuses 100 as a simple method of replacing the fixing means 300.

In addition, the fixing means 300 may be formed to project a predetermined portion in which the fastening hole 320 is formed, the thickness of the fixing plate 200 and the fixing plate 200 and the imaging device 100 is spaced apart It is preferable to remove the gap that can be formed between the fastening hole 320 of the fixing means 300 and the fixing surface of the imaging device 100 to ensure more secure fixing.

As shown in FIG. 6, the fixing means 300 is formed in an enclosure having an open upper surface to allow the second fastening means 520 to be inserted into the fixing means 300, and the fixing means ( The cover 330 may be further fastened to close the open area of the upper side.

The cover 330 may be fastened by various methods, and the fixing means 300 may be more firmly maintained by the second fastening means 520 by adding the cover 330. As the fastening part is not exposed to the outside, the security function can be further strengthened.

The connecting means 410 and 420 are connected to the fixing plate 200, and are configured to connect the supporting means 700, 800, and 900 to the fixing plate 200.

At this time, the connecting means (410, 420) is formed in a plate shape, the hollow area in the circumferential direction is extended inside the second flow hole is fastened by the fixing plate 200 and the third fastening means (530) 411 is formed.

The second flow hole 411 is configured to connect the fixing plate 200 and the connecting means 410, 420, and is fastened corresponding to the second flow hole 411 in the fixing plate 200. The part to be called the connection hole 220.

That is, the connection hole 220 is formed to a size that can be inserted into the third fastening means 530, the second flow hole 411 may be inserted into the third fastening means 530, The circumferentially hollow region is extended so that the position of the fixing plate 200 is rotated based on the width axis of the imaging apparatus 100 so that the fixing position of the imaging apparatus 100 can also be adjusted.

Accordingly, the user can easily adjust the horizontal position by adjusting the fixing position of the third fastening means 530 even after fixing the imaging apparatus 100.

In the conventional bracket, when the image apparatus 100 needs to be leveled after fixing the image apparatus 100 by using a fixing portion having a fixed hole formed at a specific position, it is not easy to adjust the bracket, thereby disassembling the fixing of the image apparatus 100 again. Afterwards, while the position of the fixing portion must be readjusted, the multipurpose bracket 1000 for the imaging apparatus of the present invention has the third fastening means 530 connected to the connection hole 220 of the fixing plate 200 even after all assembly is completed. By adjusting the position where the second flow hole 411 of the connecting means 410, 420 is fastened, the horizontal can be easily adjusted. (See Figure 4, in Figure 4 the support means 700 is deleted and shown.)

In addition, the multi-purpose bracket 1000 for the imaging apparatus of the present invention not only rotates the fixed surface of the imaging apparatus 100 with respect to the central axis in the width direction of the imaging apparatus 100, but also transversely of the imaging apparatus 100. Alternatively, a plurality of first fixing holes 414 are formed on the protruding and protruding surfaces of the first connecting means 410 to the other side not in close contact with the fixing plate 200 so as to rotate about the longitudinal center axis. The first extension part 412 and the second extension part 413 are formed, and the connection means 410 and 420 are fastened to the first fixing hole 414 of the second extension part 413, and the imaging device A second connecting means 420 having a second fixing hole 421 extending from the circumferentially hollow area on a surface perpendicular to the fixing surface of the 100 may be further provided.

When the connecting means 410, 420 is formed including the first connecting means 410 and the second connecting means 420, the first extending portion 412 and the second extending portion 413 is formed, The fourth fastening means 540 as the second fixing hole 421 of the second connecting means 420 is formed so as to extend the hollow area in the circumferential direction on a surface perpendicular to the fixing surface of the imaging device 100. By adjusting the position to be engaged with the first fixing hole 414 by rotating the rotation relative to the horizontal center axis of the imaging device 100 is possible to adjust the fixed position in the front and rear direction of the imaging device 100 (See Fig. 5).

In the drawing, the first connection means 410 is bolted to a configuration in which the first extension part 412 and the second extension part 413 are formed separately, and the second flow hole 411 is formed. Although illustrated as an example, the first extension part 412 and the second extension part 413 may be integrally formed by extending from the surface on which the second flow hole 411 is formed.

The fixing plate 200 and the connecting means 410 and 420 have a hollow part 600 formed in a central area, and many lines connected to the imaging device 100 are guided through the hollow part 600 to be arranged. It is desirable to.

In the drawing, the first extension part 412 and the second extension part 413 are formed side by side in the vertical direction of the imaging device 100, so that the imaging device 100 is located in front of the central axis in the horizontal direction. The example which was formed to be able to rotate backwards is shown.

7 and 8 have the same configuration as shown in FIGS. 2 to 5, wherein the first extension part 412 and the second extension part 413 are arranged in the horizontal direction of the imaging device 100. The image device 100 is rotatably formed based on the central axis in the vertical direction.

8 is a plan view seen from above.

As described above, the multipurpose bracket 1000 for the imaging apparatus of the present invention can not only fix the imaging apparatus 1000 of various sizes by adjusting the fastening position of the fastening means 510, 520, 530, 540, but also The image device 100 may be rotated based on the center axis of the image device 1000 in the horizontal, vertical, or width directions, thereby easily adjusting the fixed position of the image device 100.

One side of the support means 700, 800, 900 is connected to the connection means 410, 420, and the other side of the support means 700, 800, 900 is fixed to one selected from a wall, a ceiling, or a floor to fix the fixing position of the imaging apparatus 100. As a means for determining, first, the wall fixing type will be described.

2 to 5, 7 and 8 show an example of a wall-mounted, Figures 9 to 13 ceiling-mounted, Figures 14 and 15 shows a floor-mounted support means (900).

Although the present invention has shown examples of the support means 700, 800, 900 of each type, the present invention is not limited thereto, and more various means capable of firmly supporting the imaging apparatus 1000 may be used. .

The multipurpose bracket 1000 for the imaging apparatus of the present invention having the wall fixing support 700 is formed such that a plurality of fixing holes 710 for fixing to the connection hole 220 and the wall are formed.

At this time, the wall fixed support means 700 is preferably fixed to the wall after being fastened with the connecting means (410, 420) (second connecting means 420).

Multi-purpose bracket for the imaging apparatus of the present invention having the ceiling fixed support means 800 is formed, the ceiling fixed support means 800, the ceiling support 810; Height forming unit 820; And a support 840.

The ceiling support part 810 is formed with a plurality of ceiling fixing holes 811, protruding to the other side not in close contact with the ceiling, but the thread is formed inside the lower side of the protruding area.

At this time, the ceiling support 810 is configured to support all the rest of the configuration, it is fixed to be in close contact with a region having a predetermined strength or more, such as concrete, the number of the ceiling fixing holes 811 may be formed in various ways. .

The height forming unit 820 is connected to a screw thread of the ceiling support unit 810 to form a height at which the imaging device 100 is fixed. The imaging device 100 is formed in a hollow tubular shape. The line connected to can be guided.

In this case, the user may adjust the fixed position of the imaging apparatus 100 by adjusting the length of the height forming unit 820, and if the length is long, the height forming unit 820 may be connected to a plurality. It may be configured.

The support part 840 is configured to be connected to the connecting means 410 and 420, and is formed in the same shape as the height forming part 820, and protrudes in one direction of the outer circumferential surface to fix the connecting means 410 and 420. Be sure to

A height adjusting part 830 may be further formed between the height forming part 820 and the support part 840. The height adjusting part 830 may be rotated in one direction with the height forming part 820. The support unit 840 is close to increase the fixed height of the imaging device 100, and when rotating in the other direction, the height forming unit 820 and the support unit 840 away from the imaging device ( It is a configuration to lower the fixed height of 100).

More specifically, the height adjusting unit 830 is an upper screw 833 fixed to the height forming unit 820, a lower screw 834 fixed to the support 830, the upper screw 833 and the lower It is configured to include a body 831 for connecting the screw 834.

The upper screw 833, the lower screw 834, and the body 831 is composed of a single body, the upper screw 833 and the lower screw 834 is made of a combination of the right and left screws of different rotation directions As the body 831 rotates, the fixed height of the imaging apparatus 100 may be adjusted.

At this time, the body 831 to facilitate the rotation of the body 831 has a predetermined area is hollow so that the handle 835 is detachable, the handle fixing part 832 is formed on the inner peripheral surface can be formed along the outer peripheral surface In addition, the handle fixing part 832 may be formed in plural.

The handle 835 may be used in the form of a long bolt that is fixed to the thread, two or more are connected as necessary to allow the height adjustment unit 830 to rotate, if the rotation is not necessary, the fastening Can be dismantled.

In addition, when the fixing position of the imaging apparatus 100 is determined by adjusting the rotation of the height adjusting unit 830, the lock nut 860 is fixed to the height forming unit 820 and the support unit 840, respectively. It is desirable that the fastening is maintained firmly.

In the case of fixing the multipurpose bracket 1000 for the imaging apparatus of the present invention to the ceiling, when the ceiling support 810 is inserted into and fixed to the interior of the ceiling finisher, the remaining configuration including the height forming unit 820 is provided. In order to more easily fix the ceiling position fixing portion 850 may be further formed.

The ceiling location fixing part 850 may be formed so that one side is in close contact with the upper surface of the ceiling finish, and the inner surface is hollow to surround the height forming part 820.

As described above, the multipurpose bracket 1000 for the imaging apparatus of the present invention includes the ceiling support 810, the height forming unit 820, the height adjusting unit 830, and the supporting unit 840. ) Can be easily fixed, the height can be easily adjusted through the height adjustment unit 830, and the line connected to the imaging device 100 can be guided inward to further enhance the aesthetic function. There is an advantage.

In addition, in the case of young children there may be a risk of electric shock, etc. if the line is incorrectly touched, there is an advantage that can reduce the risk of the multipurpose bracket 1000 for the ceiling-mounted image device of the present invention.

The multipurpose bracket 1000 for the imaging apparatus having the bottom fixed support means 900 of the present invention has the same configuration as that of the ceiling fixed support means 800, but instead of the ceiling support 810, the bottom support 910 is provided. Is formed, the lower side of the height forming portion 920 may be fastened to the thread of the bottom support 910.

In addition, the height adjusting unit 930 may also be provided between the height forming unit 920 and the support unit 940 to adjust the fixed height of the imaging device. In detail, the height adjusting unit 930 ) Is an upper screw 933 fixed to the support part 940, a lower screw 934 fixed to the height forming part 920, a body 931 connecting the upper screw 933 and the lower screw 934 to each other. It is formed, including.

In this case, it is also preferable that the lock nut 960 is added to the upper and lower portions of the height forming unit 920 to increase the fixing force.

When the fixed height of the imaging device 100 is not high, the bottom fixed support means 900 may be integrally formed with the bottom support part 910 and the height forming part 820.

As described above, the multipurpose bracket 1000 for the imaging apparatus of the present invention may fix various imaging apparatuses 100 by adjusting the fixing position of the fixing means 300 irrespective of the size of the imaging apparatus 100. , Even if the fastening method is different, it is possible to increase the applicability as a simple structure to replace the fixing means 300, the manufacturing is easy and has the advantage of high productivity.

In addition, by using the support means (700, 800, 900) selected from the wall fixed, ceiling fixed, or floor fixed to suit the various environments in which the image device 100 is provided, the image device 100 is adapted to the user's environment. It can be fixed, there is an advantage that can be adjusted to a fixed height even after the image device 100 is fixed.

The present invention is not limited to the above-described embodiments, and the scope of application is not limited, and various modifications can be made without departing from the gist of the present invention as claimed in the claims.

Claims (13)

A fixed plate 200 having a plurality of mounting holes 210 formed therein; The first flow hole 310 is formed on the lower surface in the longitudinal direction and fastened by the mounting hole 210 and the first fastening means 510 of the fixing plate 200, and the first flow hole 310 is formed. Fixing means 300 is formed spaced apart from the predetermined distance and the fastening hole 320 is fastened by the imaging means and the second fastening means 520; Connecting means (410, 420) fixed to one side of the fixing plate (200 ) ; And And a support means (700, 800, 900) connected to the connection means (410, 420) to determine a fixed position of the imaging device (100). The method of claim 1, The connecting means 410 and 420 have a circumferentially hollow region extending from the fixed surface of the imaging apparatus 100 so that the imaging apparatus 100 can be rotated based on the width direction central axis of the imaging apparatus 100. And a first connecting means (410) having a second flow hole (411) formed by the fixing plate (200) and the third fastening means (530). The method of claim 2, The connecting means (410, 420) The first extension part 412 and the second extension in which a plurality of first fixing holes 414 are formed on the protruding surface of the first connection means 410, which protrudes to the other side of the fixing plate 200 and is not in close contact with the fixing plate 200. A portion 413 is formed, A surface fastened by the first fixing hole 414 and the fourth fastening means 540 of the first extension part 412 and the second extension part 413 and perpendicular to the fixed surface of the imaging device 100. The multipurpose bracket for an imaging apparatus, characterized in that it further comprises a second connecting means (420) formed with a second fixed hole (421) extending in the circumferentially hollow area. The method of claim 1, The fixing means 300 is formed in the shape of an upper surface of the enclosure, the cover 330 is a multi-purpose bracket for the imaging device, characterized in that the cover 330 is fastened to seal the open area of the upper surface of the fixing means (300). The method of claim 4, wherein The fixing means 300 is a multi-purpose bracket for the imaging device, characterized in that the predetermined portion is formed protruding the fastening hole 320. The method according to any one of claims 1 to 5, The support means (700, 800, 900) is a multipurpose bracket for the imaging apparatus, characterized in that fixed to the ceiling, floor, or wall . The method of claim 6, Fixed ceiling support means 800 is fixed to the ceiling A plurality of ceiling fixing holes 811 are formed, protruding to the other surface not in close contact with the ceiling, and having a screw thread formed on an inner circumferential surface thereof; A height forming part 820 fastened to a thread of the ceiling support part 810 in a hollow hollow tube shape; And A support part 840 connected to the connection means 410 and 420; Multi-purpose bracket for the imaging device, characterized in that formed, including. The method of claim 7, wherein The height forming unit 820 is a multi-purpose bracket for an imaging device, characterized in that it is formed to be connected to a plurality. The method of claim 7, wherein The ceiling fixed support means (800) To connect the support portion 840 and the height forming portion 820, An upper screw 833 fixed to the height forming unit 820, a lower screw 832 fixed to the support 840, and a body 831 connecting the upper screw 833 and the lower screw 834. Multipurpose bracket for an imaging device, characterized in that it further comprises a height adjustment unit (830) for adjusting the fixed position of the imaging device (100). The method of claim 9, The upper screw (833) and the lower screw (834) is a multipurpose bracket for an imaging device, characterized in that made of a combination of the right and left screws. The method of claim 9, The body 831 is a multi-purpose bracket for an imaging apparatus, characterized in that the handle fixing part 832 is formed on the inner circumferential surface of the inner circumferential surface is hollow so that the handle 835 for easy rotation is removable. The method of claim 6, Floor fixed support means 900 is fixed to the floor A plurality of bottom fixing holes 911 are formed, protruding to the other side not in close contact with the bottom, but having a thread formed on the inner circumferential surface; A height forming part 920 fastened to a thread of the bottom support part 910 in a hollow hollow tube shape; And A support part 940 connected to the connection means 410 and 420; Multi-purpose bracket for the imaging device, characterized in that formed, including. The method of claim 12, The bottom fixed support means 900 is To connect the support portion 940 and the height forming portion 920, An upper screw 933 fixed to the support part 940, a lower screw 934 fixed to the height forming part 920, and a body 931 connecting the upper screw 933 and the lower screw 934 to each other. Multipurpose bracket for imaging device, characterized in that it further comprises a height adjustment unit (930) for adjusting the fixed position of the imaging device (100).